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What is true of a person walking up the steps of a down ward moving escalator at a constant speed?
Wiki User
∙ 11y ago
None of the items on that list is false.
In fact, none is true either, since no list at all
accompanies the question.
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∙ 11y ago
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What is true of a person walking up the steps of a downward moving escalator at a constant speed?
the person is decreasing resultant velocity
Which of these is true of a person walking up the steps of a downward-moving escalator at a constant speed?
There are many things that could possibly be true of a person walking up the steps of a downward-moving escalator at a constant speed. This person could potentially stay in exactly the same place.
Which of these is true of a person walking up the steps of a downward-moving escalator a a constant speed?
Here are some things that are true:* The combined speed is also constant * To get the combined speed, you need to subtract one speed from the other (the speed of the escalator, and the speed of the person relative to the escalator) * Acceleration is zero
Is it true when a person standing on a moving escalator is relative to another person standing on the escalator?
yes
You are walking toward the back of a bus that is moving forward with a constant velocity. Describe your motion relative to the bus and relative to a point on the ground?
Relative to the bus, you are moving towards the back. If your walking speed is slower than the speed of the moving bus (which it usually will be) then your motion relative to a point on the ground will be moving in the direction of the moving bus, but slower by the speed at which you are walking.
What is true of a person walking up the steps of a downward moving escalator at a constant speed?
the person is decreasing resultant velocity
Which of these is true of a person walking up the steps of a downward-moving escalator at a constant speed?
There are many things that could possibly be true of a person walking up the steps of a downward-moving escalator at a constant speed. This person could potentially stay in exactly the same place.
Which of these is true of a person walking up the steps of a downward-moving escalator a a constant speed?
Here are some things that are true:* The combined speed is also constant * To get the combined speed, you need to subtract one speed from the other (the speed of the escalator, and the speed of the person relative to the escalator) * Acceleration is zero
Is it true when a person standing on a moving escalator is relative to another person standing on the escalator?
yes
You are walking toward the back of a bus that is moving forward with a constant velocity. Describe your motion relative to the bus and relative to a point on the ground?
Relative to the bus, you are moving towards the back. If your walking speed is slower than the speed of the moving bus (which it usually will be) then your motion relative to a point on the ground will be moving in the direction of the moving bus, but slower by the speed at which you are walking.
Can you get motion sickness just by walking around moving head?
It would probably depend on how fast you were moving your head and how you were walking. I would think walking in a tight circle and moving your head back and forth quickly, would make a person dizzy, at least.
What is the origin of the phrase Dead Man Walking?
A 'dead man walking' is a person freely walking and moving (i.e. alive) but certainly very soon-to-be killed.
What is a homophone for gate?
A homophone for gate is "gait," which refers to a person's manner of walking or moving.
Why are butts part of the human body?
A person has large muscles there which are important in moving the leg and walking.
What will the person have to do if the speed of escalator suddenly increases?
Take a support .
On page 115 of your reading material there is a chart showing the distance covered after a specified number of seconds of walking This kind of chart can only be produced in what way?
the person is walking at a constant velocity
A person walking covers 5.20 minutes in 10.4 seconds how fast is the person moving?
5.20 m/10.4s = 0.5 m/s
